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8. Oct 2020 | Production & Lab

Developing green binding additives: Borregaard receives funding of EUR 1.5 million

Borregaard has received a commitment of NOK 15.9 million (ca. EUR 1.5 million) in funding from the Research Council of Norway (NFR) for an innovation project that is supposed to maximise the value of raw materials and reduce waste streams in industrial processes.
The green additives are based on biopolymers from Norwegian wood. 
Image source: David Mark - Pixabay (symbol image).

In Project XyloBond, Borregaard wants to develop green binding additives that will ensure better utilisation of raw material and waste streams in a wide variety of industries, including metallurgy, batteries and animal feed production. XyloBond will deliver new sustainable technology to maximise the value of raw materials and increase performance and efficiency in advanced industrial processes.

Sustainable alternative to oil-based products

"The new binding additives developed in XyloBond will be based on biopolymers from Norwegian wood and represent a sustainable alternative to oil-based products used in industry today. The funding represents a major risk relief for Borregaard and contributes to more sustainable innovation and development in different industries," says CEO Per A. Sørlie.

According to the company, Borregaard has one of the world's most advanced biorefineries. Using natural, sustainable raw materials, Borregaard produces advanced and environmentally friendly biochemicals and biomaterials that can replace oil-based products. Borregaard has 1100 employees in 16 countries.

More information

If you want to learn more on bio-based and other types of sustainable technologies for coatings and adhesives, you should visit the European coatings suppliers hub. There are currently 31 videos and documents available free of charge. Many of them are linked to sustainable technologies.

EC Library High Solid Binders


High Solid Binders

High solids are the epitome of high performance and low environmental impact. They are usually the best option where solvent-borne systems would otherwise be the only choice. This book delivers comprehensive knowledge in the field of high solid systems. More especially, it provides an overview of the various classes of binders and ways of transforming them into high solid binders. It lists a broad range of options and approaches for tackling technological and environmental problems. This book addresses the paint and coatings chemists for a better understanding of chemistries and processes involved in film forming hopefully helping in coating design.

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